Challenging the dominant scholarly consensus that Nietzsche is simply an enemy of religion, Tyler Roberts examines the place of religion in Nietzsche's thought and Nietzsche's thought as a site of religion. Roberts argues that Nietzsche's conceptualization and cultivation of an affirmative self require that we interrogate the ambiguities that mark his criticisms of asceticism and mysticism. What emerges is a vision of Nietzsche's philosophy as the enactment of a spiritual quest informed by transfigured versions of religious tropes (...) and practices. Nietzsche criticizes the ascetic hatred of the body and this-worldly life, yet engages in rigorous practices of self-denial--he sees philosophy as such a practice--and affirms the need of imposing suffering on oneself in order to enhance the spirit. He dismisses the "intoxication" of mysticism, yet links mysticism, power, and creativity, and describes his own self-transcending experiences. The tensions in his relation to religion are closely related to that between negation and affirmation in his thinking in general. In Roberts's view, Nietzsche's transfigurations of religion offer resources for a postmodern religious imagination. Though as a "master of suspicion," Nietzsche, with Freud and Marx, is an integral part of modern antireligion, he has the power to take us beyond the flat, modern distinction between the secular and the religious--a distinction that, at the end of modernity, begs to be reexamined. (shrink)

lecture 1. Religion and modernity -- lecture 2. From suspicion to the premodern cosmos -- lecture 3. From Catholicism to Protestantism -- lecture 4. Scientific revolution and Descartes -- lecture 5. Descartes and modern philosophy -- lecture 6. Enlightenment and religion -- lecture 7. Natural religion and its critics -- lecture 8. Kant-- religion and moral reason -- lecture 9. Kant, romanticism, and pietism -- lecture 10. Schleiermacher-- religion and experience -- lecture 11. Hegel-- religion, spirit, and history -- lecture (...) 12. Theology and the challenge of history. (shrink)

Marie was 15 when her abdominal pain began. After two years of negative work-ups, countless visits to gastroenterologists, and over 70 days of high school missed, she found herself readmitted to the hospital. “Refractory abdominal pain” was her ostensible diagnosis; “troubled teen” who was “going to be difficult” was embedded in the emergency department’s sign-out. When the medical team arrived to meet Marie, she was huddled in the corner of her hospital bed, silent and withdrawn. Her intern noted the numerous (...) scars cutting across her forearms as she felt for her radial pulses. Marie squirmed in pain when the intern palpated her abdomen.The ED’s work-up had been negative for abdominal pathology. When the... (shrink)

The sounds of the college campus raise important questions of participation, identity, privilege, disability, and marginalization. During the 2019–2020 academic year, three university instructors from distinct disciplines (music, history, and political science) and a student research assistant (history) used sound as a method for inquiring into contested and erased sites on the campus of Western Carolina University, a regional comprehensive university located in the southeastern United States. The project came to be called Sonic Histories. Paid student volunteers were led on (...) a soundwalk and completed three online questionnaires that engaged questions of race and belonging on campus. This study presents findings on how students experience and interpret contested and erased sites through sounds heard and imagined. Sonic Histories explores two central questions. Historically, whose voices have been included and whose have been excluded on college campuses? How can sound promote awareness of racialized spaces and, in turn, achieve social engagement? The authors challenge the triumphant narrative of campus histories, which highlights racial reconciliation and progress while eliding the ways predominantly white campuses still exclude minorities. By re-centering minority voices in campus spaces, the authors explore the systemic exclusion of minorities that has occurred on college campuses across the country. At a time when places of higher education are refining and developing their commitment to diversity and inclusivity—while assessing their past in honest ways—the Sonic Histories project builds upon ongoing initiatives to position the college campus as a scholarly community that lives up to its democratic ideals of inclusion. (shrink)

A review of the Latin text of Oresme's important work.

The media attention and subsequent scientific backlash engendered by the claim, announced by spokespeople for the Encyclopedia of DNA Elements project, that 80% of the human genome has a “biochemical function” highlights the need for a clearer understanding of function concepts in biology. This article provides an overview of two major function concepts that have been developed in the philosophy of science – the “causal role” concept and the “selected effects” concept – and their relevance to ENCODE. Unlike some previous (...) critiques, the ENCODE project is not considered problematic because it employed a causal role definition of function, but because of how this concept was misused. In addition, several unique challenges that arise when dealing with transposable elements, but which were ignored by ENCODE, are highlighted. These include issues surrounding TE-level versus organism-level selection, the origins versus the persistence of elements, and accidental versus functional organism-level benefits. Finally, some key questions are presented that should be addressed in any studies aiming to ascribe functions to major portions of large eukaryotic genomes, the majority of which is made up of transposable elements. (shrink)

In the life sciences, there is an ongoing discussion about a perceived ‘reproducibility crisis’. However, it remains unclear to which extent the perceived lack of reproducibility is the consequence of issues that can be tackled and to which extent it may be the consequence of unrealistic expectations of the technical level of reproducibility. Large-scale, multi-institutional experimental replication studies are very cost- and time-intensive. This Perspective suggests an alternative, complementary approach: meta-research using sociological and philosophical methodologies to examine researcher trust in (...) data. An improved understanding of the criteria used by researchers to judge data reliability will provide crucial, initial evidence on the actual scale of the reproducibility crisis and on measures to tackle it. (shrink)

J. Willard Gibbs derived the following equation to quantify the maximum work possible for a chemical reaction$${\text{Maximum work }} = \, - \Delta {\text{G}}_{{{\text{rxn}}}} = \, - \left( {\Delta {\text{H}}_{{{\text{rxn}}}} {-}{\text{ T}}\Delta {\text{S}}_{{{\text{rxn}}}} } \right) {\text{ constant T}},{\text{P}}$$ Maximum work = - Δ G rxn = - Δ H rxn - T Δ S rxn constant T, P ∆Hrxn is the enthalpy change of reaction as measured in a reaction calorimeter and ∆Grxn the change in Gibbs energy as measured, if (...) feasible, in an electrochemical cell by the voltage across the two half-cells. To Gibbs, reaction spontaneity corresponds to negative values of ∆Grxn. But what is T∆Srxn, absolute temperature times the change in entropy? Gibbs stated that this term quantifies the heating/cooling required to maintain constant temperature in an electrochemical cell. Seeking a deeper explanation than this, one involving the behaviors of atoms and molecules that cause these thermodynamic phenomena, I employed an “atoms first” approach to decipher the physical underpinning of T∆Srxn and, in so doing, developed the hypothesis that this term quantifies the change in “structural energy” of the system during a chemical reaction. This hypothesis now challenges me to similarly explain the physical underpinning of the Gibbs–Helmholtz equation$${\text{d}}\left( {\Delta {\text{G}}_{{{\text{rxn}}}} } \right)/{\text{dT}} = - \Delta {\text{S}}_{{{\text{rxn}}}} \left( {\text{constant P}} \right)$$ d Δ G rxn / dT = - Δ S rxn constant P While this equation illustrates a relationship between ∆Grxn and ∆Srxn, I don’t understand how this is so, especially since orbital electron energies that I hypothesize are responsible for ∆Grxn are not directly involved in the entropy determination of atoms and molecules that are responsible for ∆Srxn. I write this paper to both share my progress and also to seek help from any who can clarify this for me. (shrink)

Tyler Roberts encourages scholars to abandon the conceptual opposition between "secular" and "religious" to better understand how human beings actively and thoughtfully engage with their worlds and make meaning. The artificial distinction between a self-conscious and critical "academic study of religion" and an ideological and authoritarian "religion," he argues, only obscures the phenomenon. Instead, Roberts calls on intellectuals to approach the field as a site of "encounter" and "response," illuminating the agency, creativity, and critical awareness of religious (...) actors. To respond to religion is to ask what religious behaviors and representations mean to us in our individual worlds, and scholars must confront questions of possibility and becoming that arise from testing their beliefs, imperatives, and practices. Roberts refers to the work of Hent de Vries, Eric Santner, and Stanley Cavell, each of whom exemplifies encounter and response in their writings as they traverse philosophy and religion to expose secular thinking to religious thought and practice. This approach highlights the resources religious discourse can offer to a fundamental reorientation of critical thought. In humanistic criticism after secularism, the lines separating the creative, the pious, and the critical themselves become the subject of question and experimentation. (shrink)

Creationists have acquired a more sophisticated intellectual arsenal. This book reveals the insubstantiality of their arguments. Creationism is no longer the simple notion it once was taken to be. Its new advocates have become more sophisticated in how they present their views, speaking of "intelligent design" rather than "creation science" and aiming their arguments against the naturalistic philosophical method that underlies science, proposing to replace it with a "theistic science." The creationism controversy is not just about the status of Darwinian (...) evolution—it is a clash of religious and philosophical worldviews, for a common underlying fear among Creationists is that evolution undermines both the basis of morality as they understand it and the possibility of purpose in life. In Tower of Babel, philosopher Robert T. Pennock compares the views of the new creationists with those of the old and reveals the insubstantiality of their arguments. One of Pennock's major innovations is to turn from biological evolution to the less charged subject of linguistic evolution, which has strong theoretical parallels with biological evolution, both in content and in the sort of evidence scientists use to draw conclusions about origins. Of course, an evolutionary view of language does conflict with the Bible, which says that God created the variety of languages at one time as punishment for the Tower of Babel. Several chapters deal with the work of Phillip Johnson, a highly influential leader of the new Creationists. Against his and other views, Pennock explains how science uses naturalism and discusses the relationship between factual and moral issues in the creationism-evolution controversy. The book also includes a discussion of Darwin's own shift from creationist to evolutionist and an extended argument for keeping private religious beliefs separate from public scientific knowledge. (shrink)

_The Concept of Analytic Contact_ presents practitioners with new ways to assist the often severely disturbed patients that come to see them in both private and institutional settings. In this book Robert Waska outlines the use of psychoanalysis as a method of engagement that can be utilised with or without the addition of multiple weekly visits and the analytic couch. The chapters in this book follow a wide spectrum of cases and clinical situations where hard to reach patients are provided (...) with the best opportunity for health and healing through the establishment of analytic contact. Divided into four parts, this book covers: the concept of analytic contact caution and reluctance concerning psychological engagement drugs, mutilation, and psychic fragmentation clinical reality, psychoanalysis and the utility of analytic contact. Analytic contact is demonstrated to be a valuable clinical approach to working analytically with a complicated group of patients in a successful manner. It will be of great interest to all practitioners in the field of psychoanalysis and psychotherapy. (shrink)

Confusing clinical standoffs, loyalty to self-destruction and abrupt terminations are challenging and under-examined problems for the modern psychoanalytic practitioner. _The Danger of Change_ is a timely book that addresses the so-called resistant patient so many clinicians are familiar with. Robert Waska blends theory based on Melanie Klein’s classical stance with the more contemporary Freudian/Kleinian school, to demonstrate how to understand patients that are resistant to progress. Divided into four sections, this book covers: reluctant patients and the fight against change: caught (...) between the paranoid and depressive world greed and the dangers of change interruptions to the process of change: loss, envy, and the death instinct working toward change in the face of overwhelming odds Extensive and detailed clinical material is used to bring clarity to subjects including symbolism, conflict resolution, projective identification, the depressive and paranoid positions, change and trust. _The Danger of Change_ brings hope and clarity to cases involving patients who experience progress as a threat to their emotional wellbeing. It will be of great interest to all practising psychoanalysts, as well as those studying psychoanalytic theory and practice. (shrink)

Preface 9 PART I: RELIGIOUS, SCIENTIFIC, AND PHILOSOPHICAL BACKGROUND Introduction to Part I 19 1. The Bible 27 2. Natural Theology 33 William Paley 3. On the Origin of Species 38 Charles Darwin 4. Objections to Mr. Darwin’s Theory of the Origin of Species 65 Adam Sedgwick 5. The Origin of Species 73 Thomas H. Huxley 6. What Is Darwinism? 82 Charles Hodge 7. Darwinism as a Metaphysical Research Program 105 Karl Popper 8. Karl Popper’s Philosophy of Biology 116 Michael (...) Ruse 9. Human Nature: One Evolutionist’s View 136 Francisco Ayala 10. Universal Darwinism 158 Richard Dawkins PART II: CREATION SCIENCE AND THE McLEAN CASE Introduction to Part II 187 11. The Creationists 192 Ronald L. Numbers 12. Creation, Evolution, and the Historical Evidence 231 Duane T. Gish 13. Witness Testimony Sheet: McLean v. Arkansas Board of Education 253 Michael Ruse 14. United States District Court Opinion: McLean v. Arkansas Board of Education 279 Judge William R. Overton 15. The Demise of the Demarcation Problem 312 Larry Laudan 16. Science at the BarùCauses for Concern 331 Larry Laudan 17. Pro Judice 337 Michael Ruse 18. More on Creationism 345 Larry Laudan 19. Commentary: Philosophers at the BarùSome Reasons for Restraint 350 Barry R. Gross PART III: INTELLIGENT DESIGN CREATIONISM AND THE KITZMILLER CASE Introduction to Part III 369 20. But Isn’t It Creationism? The Beginnings of "Intelligent Design" in the Midst of the Arkansas and Louisiana Litigation 377 Nick Matzke 21. What Is Darwinism? 414 Phillip E. Johnson 22. Is It Science Yet? Intelligent Design, Creationism, and the Constitution 426 Matthew Brauer, Barbara Forrest, and Steven G. Gey 23. Kitzmiller v. Dover Area School District Expert Witness Testimony 434 Michael Behe 24. Kitzmiller v. Dover Area School District Expert Report 456 Robert T. Pennock 25. A Step toward the Legalization of Science Studies 485 Steve Fuller 26. What Is Wrong with Intelligent Design? 495 Elliott Sober 27. United States District Court Memorandum Opinion: Kitzmiller, et al. v. Dover Area School District, et al. 506 Judge John E. Jones II 28. Can’t Philosophers Tell the Difference between Science and Religion? Demarcation Revisited 536 Robert T. Pennock. (shrink)

An anthology of writings by proponents and critics of intelligent design creationism.

Responsible conduct of research training typically includes only a subset of the issues that ought to be included in science ethics and sometimes makes ethics appear to be a set of externally imposed rules rather than something intrinsic to scientific practice. A new approach to science ethics training based upon Pennock’s notion of the scientific virtues may help avoid such problems. This paper motivates and describes three implementations—theory-centered, exemplar-centered, and concept-centered—that we have developed in courses and workshops to introduce students (...) to this scientific virtue-based approach. (shrink)

An exploration of the scientific mindset—such character virtues as curiosity, veracity, attentiveness, and humility to evidence—and its importance for science, democracy, and human flourishing. Exemplary scientists have a characteristic way of viewing the world and their work: their mindset and methods all aim at discovering truths about nature. In An Instinct for Truth, Robert Pennock explores this scientific mindset and argues that what Charles Darwin called “an instinct for truth, knowledge, and discovery” has a tacit moral structure—that it is important (...) not only for scientific excellence and integrity but also for democracy and human flourishing. In an era of “post-truth,” the scientific drive to discover empirical truths has a special value. Taking a virtue-theoretic perspective, Pennock explores curiosity, veracity, skepticism, humility to evidence, and other scientific virtues and vices. He explains that curiosity is the most distinctive element of the scientific character, by which other norms are shaped; discusses the passionate nature of scientific attentiveness; and calls for science education not only to teach scientific findings and methods but also to nurture the scientific mindset and its core values. Drawing on historical sources as well as a sociological study of more than a thousand scientists, Pennock's philosophical account is grounded in values that scientists themselves recognize they should aspire to. Pennock argues that epistemic and ethical values are normatively interconnected, and that for science and society to flourish, we need not just a philosophy of science, but a philosophy of the scientist. (shrink)

In the 2005 Kitzmiller v Dover Area School Board case, a federal district court ruled that Intelligent Design creationism was not science, but a disguised religious view and that teaching it in public schools is unconstitutional. But creationists contend that it is illegitimate to distinguish science and religion, citing philosophers Quinn and especially Laudan, who had criticized a similar ruling in the 1981 McLean v. Arkansas creation-science case on the grounds that no necessary and sufficient demarcation criterion was possible and (...) that demarcation was a dead pseudo-problem. This article discusses problems with those conclusions and their application to the quite different reasoning between these two cases. Laudan focused too narrowly on the problem of demarcation as Popper defined it. Distinguishing science from religion was and remains an important conceptual issue with significant practical import, and philosophers who say there is no difference have lost touch with reality in a profound and perverse way. The Kitzmiller case did not rely on a strict demarcation criterion, but appealed only to a “ballpark” demarcation that identifies methodological naturalism (MN) as a “ground rule” of science. MN is shown to be a distinguishing feature of science both in explicit statements from scientific organizations and in actual practice. There is good reason to think that MN is shared as a tacit assumption among philosophers who emphasize other demarcation criteria and even by Laudan himself. (shrink)

The law-governed world-picture -- A remarkable idea about the way the universe is cosmos and compulsion -- The laws as the cosmic order : the best-system approach -- The three ways : no-laws, non-governing-laws, governing-laws -- Work that laws do in science -- An important difference between the laws of nature and the cosmic order -- The picture in four theses -- The strategy of this book -- The meta-theoretic conception of laws -- The measurability approach to laws -- What (...) comes where -- In defense of some received views -- Some assumptions that will be in play -- The laws are propositions -- The laws are true -- The logically contingent consequences of the laws are laws themselves -- At least some laws are metaphysically contingent -- The meta-theoretic conception of laws -- Laws of nature, laws of science, laws of theories -- The first-order conception versus the meta-theoretic conception -- What is a law of nature? -- Some examples of meta-theoretic accounts -- The virtues of the meta-theoretic conception -- Weighing the virtues and shortcomings of the meta-theoretic conception -- An epistemological argument for the meta-theoretic conception of laws -- The discoverability thesis, the governing thesis, and the first-order conception -- The main argument -- The objection from bad company -- The objection from inference to the best explanation -- The objection from bayesianism -- The objection from contextualist epistemology -- The objection from the threat of inductive skepticism -- Laws, governing, and counterfactuals -- Where we are now -- What would things have to be like in order for the laws of nature to govern the universe? -- Lawhood, inevitability, counterfactuals -- What is it for a proposition to be inevitably true? -- What is it for a whole class of propositions to be inevitably true? -- What is it for lawhood to confer inevitability? -- NP and supporting counterfactuals -- The worry about context-variability -- A solution and a look ahead -- When would the laws have been different? -- Where we are now -- The God cases -- Other counterexamples to NP -- A moral-theoretic counterexample to NP -- Scientific contexts and non-scientific contexts -- Scientific God cases? -- Lewisian non-backtracking counterexamples -- Where things stand now -- How could science show that the laws govern? -- Why the law-governed world-picture must include the science-says-so thesis -- What is extra-scientific? -- How can the science-says-so thesis be true? -- NP as a consequence of the presuppositions in any scientific context -- Np as true in all possible scientific contexts -- But how could it be so? -- Attack of the actual-factualists -- Measurement and counterfactuals -- Where we are now -- Measurements, reliability, counterfactuals -- A general principle that captures the relation between measurement and counterfactuals -- What we can learn about lawhood from what we have learned about the counterfactual commitments of science -- A first-order account of laws or a meta-theoretic account of laws? -- What methods are presupposed to be legitimate measurement procedures? -- Why we must adopt a meta-theoretic account of laws -- What lawhood is -- Where we are now -- The measurability account of laws -- Brief review of the case for the mal -- A note about hedged laws -- How plausible is the mal? -- What if we don't care about the law-governed world-picture? -- Newton's God and Laplace's demon -- Beyond humean and non-humean -- Two views of laws -- Humean supervenience and the meta-theoretic conception -- Alleged counterexamples to humean supervenience -- Governing and non-trivial necessity -- How the mal lets us have it all -- Humeanism? non-humeanism? -- What is the significance of the idea of the law-governed universe? -- Where in the world are the laws of nature? -- Appendix: The mal in action : a few examples -- Of scientific theories and their laws -- Newton's theory as a paradigm example -- Classical special-force laws -- Geometrical optics and one of its laws -- Local deterministic field theories. (shrink)